Dissertation supervisor(s): Richards, F. Russell

September 1980

DTIC Descrpitive(s): Stochastic Processes, Operational Readiness, Algorithms, Time Dependence, Weapon Systems, Random Variables, Failure, Theses, Estimates, Reliability, Approximation(Mathematics), Resource Management, Dynamic Programming, Spare Parts

Author(s) subject terms: operational availability, point availability, stocking policy, reliability, repair, stochastic processes, stochastic ordering, material readiness, optimum spare allocation algorithm

Description based on title screen as viewed on April 25, 2012

Republic of Korea (author)

Print copy is available by special arrangement, for use on-site at Dudley Knox Library during Special Collections reading room hours

Dissertation (Ph.D.)--Naval Postgraduate School, September 1980

Includes bibliographical references (l. 161-164 )

The point availability of a system of components each of which is subject to random failures and has random restoration times is determined. Each component is assumed to have a fixed number of spares such that when all spares are exhausted no restoration can take place. Exact expressions are obtained for the availability of any series/parallel system composed of independently operating components. Furthermore, expressions are obtained for the availability of series systems under five operating scenarios for which components are not independent. Order relationships on system availability for the various operating scenarios are determined. An algorithm which optimally allocates spare parts over the components in a system is presented. The algorithm offers computational savings over solutions derived from dynamic programming. (Author)

Mode of access: World Wide Web

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